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Metadata for periodic variable stars classified by citizens in the Zooniverse SuperWASP Variable Stars project, with folded light curves and period parameters.
Variable stars fall into families by the shape and period of their light curve. Can you separate at least two types (e.g. eclipsing binaries vs. pulsators) using only the period and photometric parameters?
Where to start: Load the metadata CSV and explore the period distribution. Look for the classification/type column and see how period relates to it.
What to share: A labelled scatter or histogram that shows the families separating, plus a note on which parameters worked best.
Share your analysis, questions and results about SuperWASP Variable Star Photometry Archive (VeSPA) in this thread. New here? See the welcome post.
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Astronomy · 137.5 MB · License: CC-BY-4.0
Metadata for periodic variable stars classified by citizens in the Zooniverse SuperWASP Variable Stars project, with folded light curves and period parameters.
🔗 Dataset page · Zenodo record
Challenge
Variable stars fall into families by the shape and period of their light curve. Can you separate at least two types (e.g. eclipsing binaries vs. pulsators) using only the period and photometric parameters?
Share your analysis, questions and results about SuperWASP Variable Star Photometry Archive (VeSPA) in this thread. New here? See the welcome post.
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